84results about How to "Protect users" patented technology

Embodiments of the present invention can be directed to systems, apparatuses, and methods for performing transactions through mobile communication devices using telecommunications networks, systems, or proximity near-field communications systems. Embodiments may be directed to a mobile communication device displaying an application authentication element including a pre-selected authentication element. The application authentication element may include transaction data associated with a transaction conducted by a mobile communication device. The mobile communication device may obtain the pre-selected authentication element by either transmitting a request to a server computer or retrieving the pre-selected authentication element from a secure memory in the mobile communication device. A user authentication token may then be received by the mobile communication device from the user. The mobile communication device may then generate a secret token derived from the user authentication token, and if the secret token is correlated to a secret reference token, a transaction may be conducted.

The invention features a single tool for collecting a known volume of a fluid biological sample from an animal, such as a human or small mammal, for mixing the sample with a predetermined amount of a reagent or a diluent, physically separate components of the sample, for storing the sample in a secure and stable fashion, and for then recovering some or all of the sample in a condition suitable for performing a diagnostic assay. The tool can be equipped with an optional means of recording or displaying information about the sample, such as a tag, a bar code, or a surface indicator that identifies, e.g., the date, animal number, and any additional information necessary. A second bar coded label to remove and attaché to the cage shall be provided. The cage/blood-sample can be correlated if needed at a later date.

A method is disclosed for the authentication of applications both at the time of their downloading, as well as at the time of their execution. At least one application works in an equipment connected by a network to a control server, the equipment being locally connected to a security module. The application is loaded and/or executed via an application execution environment of the equipment and uses resources stored in the security module. The authentication method includes reception by the control server, via the network, of data including at least the identifier of the equipment and the identifier of the security module, analysis and verification by the control server of the data; generation of a cryptogram including a digest of the application, data identifying the equipment and the security module and instructions intended for the module; transmission of the cryptogram, via the network and the equipment, to the security module; and verification of the application by comparing the digest extracted from the cryptogram received with a digest determined by the security module. Further, said method further comprising steps wherein, during the initialization and/or the activation of the application, the security module executes the instructions extracted from the cryptogram, to at least one of release and block the access to certain resources of the security module according to the result of the verification suited to this application carried out previously.

The aim of this invention is to propose a method to manage the security of the set composed by an equipment, a security module and applications in order to limit the risk related to the fact that a security module could be fraudulently used by applications executed on a type of equipment and/or of software version that does not entirely fulfill the established security criteria. This aim is reached by a method for managing the security of applications with a security module functioning in an equipment connected to a network, said network being managed by a control server of an operator, said applications using resources as data or functions stored in a security module locally connected to said equipment, comprising the following preliminary steps: reception of data comprising at least the type and software version of the equipment and the identity of the security module, via the network, by the control server, analysis and verification by the control server of said data, generation of a cryptogram from the result of the verification of said data, and transmission of said cryptogram, via the network and the equipment, to the security module, said method further comprises steps wherein the security module analyses the received cryptogram and activates, respectively deactivates the resources as data or functions used by at least one application installed in the equipment, said cryptogram comprising the instructions conditioning the functioning of the application according to criteria established by the supplier of said application and/or the operator and/or the user of the equipment.

A shade cutter for trimming rotating window shades includes a larger opening to accommodate larger diameter shades, one blade for cutting both the slat and the shade, a mechanism to remove the shade pin, a protective cover for the blade, and a motor contained in the shade cutting machine base.

A roll dispenser is comprised of a tubular housing with a first end cap and a second end cap. Each end cap is comprised of a plate with an integral lip which is parallel to the sides of the housing for a slide fit. The first end cap is removable from the housing. A longitudinal slot is arranged along the housing. Slots in respective lips of the end caps are aligned with the slot in the housing. A rod has a second end attached to the inside of the second end cap in a coaxial position inside the housing. A ring attached to the inside of the first end cap is arranged to support a first end of the rod. A mounting block is attached to a side of the housing. A mounting bracket is detachably mated with the mounting block for mounting the dispenser on a wall.

A headrest device for a vehicle seat, the headrest device including a stop device that is mounted to move between an active position adapted to prevent the headrest from being moved downwards beyond a low abutment position, and an inactive position adapted to enable the headrest to be moved downwards beyond its low abutment position into a retracted position. An actuator device is adapted to move the stop device from its inactive position to its active position while the headrest is being moved into its retracted position.

An article of clothing, comprising a coat assembly having a front side, a backside, and first and second sleeves. The front side and the backside define a shoulder area where they meet above the first and second sleeves. A hood assembly has a crown. Extending from the crown is a flap that terminates at an end. Also extending from the crown at a predetermined angle is a visor. The visor extends from the crown a first predetermined distance. The hood assembly comprises a first zipper tape. The first zipper tape comprises first zipper teeth. A shield assembly comprises a shield. The shield has a second zipper tape. The second zipper tape comprises second zipper teeth. The second zipper teeth have means to engage the first zipper teeth.

A cordless, hand held soldering iron operable with a control station providing wireless temperature control functionality and a charging station.

A shield is disclosed for protecting a user from radiation emitted during X-ray imaging. The shield includes a lead layer for absorbing the radiation. The shield comprises first and second opposing flaps configured to position a first portion of the shield around an upper part of the user's head in a deployed configuration, whereby the portion, a component having first and second ends that are attached to the first and second opposing flaps, respectively, wherein the component is adapted to expand to enable the first portion of the shield to adjust to fit around the upper part of the user's head, and third and fourth opposing flaps configured to position a second portion of the shield around a lower part of the user's head.

A secure messaging system provides a secure messaging exchange service to identified users.

The present invention is a shock-absorbing apparatus that dampens the impact between a hand and an impact tool 120. The apparatus includes a handle 110 that can be gripped in the hand and allow the impact tool 120 movement within the handle 110. A shock-absorbing means 130 provides a shock-absorbing function to the handle 110. A stopping means 132 limits the movement of one end of the impact tool 120. The handle 110 may include a flange extending from the upper region of the handle 110 to provide protection from hand injury, and a gripping surface on the exterior of the handle 110 that cushions and enhances the grip and control of the impact tool 120.

Voice recording used for authentication is transmitted to the voice portal of the service provider not by way of the voice channel, but rather by way of a data channel. In this connection, the voice recording is sent not synchronous to speech and subject to loss, but rather asynchronously and loss-free, in an extra data package (for example advantageously as a Multimedia Messaging Service (MMS) data package). For this purpose, the resources that are available as standard items in most mobile phone terminals, such as digital voice recording and MMS transmission, can be utilized. Preferably, the subscriber's identification module or SIM card in the mobile phone terminal can store and implement the corresponding control program.

A flushing system with a sensing module, having at least one sensor and a controller circuit having a sensor detection and trigger sub-circuit operatively coupled to said at least one sensor, and a flushing mechanism operatively coupled to said motion sensing module. The detection and trigger sub-circuit is coupled to the at least one sensor and wherein the at least one sensor comprises an infrared sensor having a defined volume of free space wherein the flushing mechanism is activated by the motion sensing module if an object is detected within said defined volume. An additional infrared sensor can be used in conjunction with the first sensor, and code executable by the controller circuit, so as to provide predetermined algorithms to activate the flushing mechanism.